Dislocation structure - Globe Thesis

Keyword [Dislocation structure] Result: 1 - 18 \| Page: 1 of 1
1.	Investigations On Fatigue Dislocation Structures And Their Thermal Stability Of FCC Metallic Crystals With Different Stacking Fault Energies
2.	Investigations On Cyclic Deformation And Damage Behavior Of AL6XN Super-Austenitic Stainless Steels
3.	Effect Of Cyclic Pre-deformation On The Uniaxial Mechanical Properties Of Copper Single Crystals With Different Orientations
4.	Investigations On Fatigue Dislocation Structures And Their Thermal Stabilities Of AL6XN Super-austenitic Stainless Steel
5.	Effects Of Specimen Thickness And Pre-fatigue Deformation On The Uniaxial Tensile Behavior Of Coarse-Grained Pure Aluminum
6.	Effect Of Cyclic Pre-deformation On The Uniaxial Tensile Properties Of Cu-7at.%Al Alloy
7.	Study On Dislocation Structure Of KDP Crystal And Growth Mechanism Of KDP(101)Faces
8.	The Effects Of Zr And Hf Additions On Microstructure And High Temperature Mechanical Properties Of Al-Si-Mg Casting Alloy
9.	The Regulation Of The Interlayer Potential Of Two-dimensional Materials And The Mechanical Study Of The Interface Dislocation Structure
10.	Dislocation Structure Evolution Of Premelted Polycrystalline Materials
11.	Effect Of Thickness On The Uniaxial Tensile And Fatigue Damage Behaviour Of Ultrafine-Grained Pure Aluminum
12.	Investigation On The Thermal Stability Of Fatigue Dislocation Structures Of Face-centered Cubic Metal Crystals
13.	Cellular Dislocation Structure Effects On The Strength,Toughness And Corrosion Resistance Of Selective Laser Melted 316L Stainless Steel
14.	Effects Of Dislocation Structure And Deformation Twin On Spallation Damage Of Single Crystal Copper
15.	Investigations On The Size Effect Of Uniaxial Tension And Tension-Tension Fatigue Behaviors Of Cu-Mn Alloys With High Stacking Fault Energies
16.	Investigations On The Tensile Behavior Of Cu-Mn And Cu-Ni Alloys At Elevated Temperatures
17.	Effect Of Cyclic Pre-deformation On The Uniaxial Tensile Behavior Of Cu And Cu-Al Alloys
18.	Investigations On The Size Effect Of Fatigue Behavior Of Copper Single Crystals With Different Orientations
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